PHYSICAL INTELLIGENCE FOR WAREHOUSE OPERATIONS
Scale fulfillment
without rebuilding
your warehouse.
Lower operating costs. Unlock capacity.
Deliver reliably. Grow profitably.
Cartesian Kinetics transforms existing warehouse infrastructure into a flexible, high-throughput automation system—helping you increase capacity, reduce labor dependency, and adapt as demand changes.
Physical AI for Warehouse Fulfillment
Fulfillment Demands Are Moving Faster Than Your Operation.
Increase capacity, improve productivity, and protect customer service levels—without rebuilding the warehouse your business depends on.
*Deployment timeframe begins once all required equipment has arrived and the site is ready for installation. Procurement, manufacturing, shipping, permitting, and customer-dependent readiness activities are not included and may vary by project.
The Cost of Standing Still
Fulfillment Pressure Does Not Wait for the Facility to Catch Up.
When warehouse capacity, labor availability, and service requirements move in different directions, incremental improvements are no longer enough. The operation becomes the constraint on growth.
Capacity Becomes the Constraint
Existing aisles, storage locations, and manual workflows cannot absorb continued volume growth without congestion or expansion.
Growth without roomLabor Cannot Scale Indefinitely
Adding headcount to every increase in volume raises operating cost while making performance more dependent on labor availability.
More volume, more dependencyService Levels Carry the Risk
As order profiles become more complex and delivery windows shrink, operating variability directly threatens customer commitments.
Less tolerance for delayGrowth Moves Somewhere Else
When the operation cannot add capacity quickly, new customers, channels, and service opportunities go to competitors that can.
The opportunity cost compoundsThe question is no longer whether fulfillment must change. It is how to add capacity without disrupting the operation producing revenue today.
The operating imperativeThe Conventional Automation Tradeoff
Most Automation Asks the Warehouse to Adapt Around It.
Operators know they need more capacity. The difficulty is that conventional solutions often require them to choose between a disruptive transformation, an incremental improvement, or another year of waiting.
The underlying problem is architectural: the automation expects a controlled facility instead of adapting to the operation already in place.
Conventional path
Rebuild Around the Automation
Replace existing racks, redesign material flow, standardize containers, and interrupt active operations to create the environment a fixed system requires.
The tradeoff High capital exposure, long timelines, and significant implementation risk.
Incremental path
Improve Movement, Not the System
Add isolated point solutions that reduce walking or improve one task while leaving storage, picking, replenishment, and inventory flow dependent on disconnected processes.
The tradeoff Lower disruption, but limited system-level capacity and productivity gains.
Deferred path
Wait for a Better Time
Delay automation until a new facility, larger capital program, cleaner operating window, or more predictable demand makes traditional implementation easier to justify.
The tradeoff Capacity pressure continues while labor cost and missed opportunities compound.
A Different Architectural Approach
What if the automation adapted to your infrastructure, workflows, and growth?
Cartesian Kinetics starts with the operation already in place—then adds the intelligence and robotic execution needed to transform it progressively.
The Cartesian Platform
One Platform. Built Around Your Operation.
Cartesian combines operational intelligence, a synchronized digital twin, and rack-native robotics in one architecture—so you can model, deploy, and improve automation without rebuilding the warehouse around it.
Plan + Orchestrate
Software Intelligence
Coordinates inventory, orders, robotic movement, and exceptions as one adaptive operating system.
System-level controlModel + Validate
eCarte+ Digital Twin
Tests throughput, capacity, and operating changes with real data before they reach the warehouse floor.
Decisions before disruptionUnified Architecture
Cartesian Platform
A continuous connection between operational data, digital validation, and physical execution.
Execute + Scale
Carte+ Robotics
Adds high-throughput robotic execution directly to standard industrial racks and existing workflows.
Automation without the rebuildClosed-Loop Optimization
The system learns from every operational cycle.
Modeled performance and live behavior stay connected, enabling the platform to improve capacity, utilization, and flow over time.
Model
Simulate demand, inventory, and flow.
Execute
Orchestrate robotic work in real time.
Measure
Capture throughput and system telemetry.
Improve
Refine decisions with live evidence.
Operational Transformation
Change the Performance. Keep the Infrastructure.
Cartesian upgrades the operating capability of the warehouse without forcing a facility redesign. Preserve the assets already producing value, add intelligence and robotic execution, then scale capacity as demand grows.
Preserve
Start with What Already Works
Keep the physical and digital foundation of the operation intact.
Transform
Add the Cartesian Layer
Model the operation, integrate the software layer, and install rack-native robotic execution around live warehouse workflows.
Unlock
Turn Existing Space into New Capacity
Throughput
Up to 5×Increase output versus manual fulfillment workflows.
Labor
More ProductiveDecouple volume growth from proportional headcount growth.
Expansion
Scale by AisleAdd capacity progressively as demand and workflows evolve.
Disruption
No RebuildAvoid wholesale rack replacement and major floor preparation.
The Retrofit Advantage
Modernize without starting over.
*Deployment timeframe begins once all required equipment has arrived and the site is ready for installation. Procurement, manufacturing, shipping, permitting, and customer-dependent readiness activities are not included and may vary by project. Throughput improvement depends on workflow, order profile, facility conditions, and system configuration.
Built Around Your Operation
One Platform. Configured for the Work You Run.
Carte+ coordinates storage, movement, and robotic execution around the workflows already driving your operation—without forcing every process into one rigid automation model.
Select a workflow
Order Picking
Bring inventory to the point of work.
Carte+ coordinates order demand, robotic retrieval, and sequenced delivery so operators spend less time walking and more time completing productive picks.
Constraint removed
Travel time and aisle congestion no longer define picking capacity.
Coordinated operating flow
Order demand is prioritized
Robots retrieve from existing racks
Inventory arrives in pick sequence
Operational outcome
Higher picks per hour with less walking, fewer touches, and more consistent execution.
Replenishment
Keep pick locations ready before demand becomes delay.
The platform identifies emerging shortages, schedules replenishment around active work, and coordinates inventory movement without relying on reactive aisle checks.
Constraint removed
Stockouts and reactive replenishment stop interrupting outbound flow.
Coordinated operating flow
Demand signals identify risk
Tasks are dynamically sequenced
Pick faces stay available
Operational outcome
Fewer replenishment emergencies and steadier outbound performance across demand peaks.
Inbound Receiving
Move received inventory from dock to availability faster.
Carte+ links receipt confirmation with directed movement and storage assignment, reducing dwell time between arrival and inventory availability.
Constraint removed
Dock congestion and delayed putaway no longer obscure usable capacity.
Coordinated operating flow
Inventory is received and identified
Putaway is assigned immediately
Stock becomes available sooner
Operational outcome
Shorter dock-to-stock time, clearer inventory status, and less staging-area pressure.
Storage + Retrieval
Turn existing vertical space into accessible capacity.
Rack-native robots travel within the storage structure to place and retrieve inventory while the platform coordinates location, priority, and movement.
Constraint removed
Usable capacity is no longer limited by manual reach and travel patterns.
Coordinated operating flow
Best-fit location is selected
Robots move vertically and horizontally
Inventory is retrieved on demand
Operational outcome
More productive storage capacity without replacing racks or expanding the footprint.
Returns Processing
Route every returned unit to its next best action.
The platform coordinates grading outcomes, buffer locations, and robotic movement so returned inventory progresses without accumulating between disconnected stations.
Constraint removed
Variable reverse flow no longer scales only by adding handling labor.
Coordinated operating flow
Returned units are received
Disposition determines routing
Inventory reaches the next station
Operational outcome
Faster cycle time, less work-in-process accumulation, and more recoverable inventory value.
Inventory Consolidation
Rebalance inventory without creating another manual project.
Carte+ identifies fragmented stock, coordinates movement, and consolidates inventory into more productive locations while normal operations continue.
Constraint removed
Location fragmentation stops consuming space and creating avoidable touches.
Coordinated operating flow
Fragmented stock is identified
Moves are prioritized around demand
Capacity is released for productive use
Operational outcome
Cleaner inventory placement, fewer partial locations, and more usable storage capacity.
Different workflows. One shared operating layer. Start with the constraint that matters now, then extend the same platform as the operation evolves.
Scale by workflowA Different Automation Architecture
The Facility Should Not Have to Start Over to Move Forward.
Traditional automated storage systems can deliver high performance—but often by creating a purpose-built environment around the technology. Cartesian takes the opposite approach: adapt the automation around the warehouse already producing revenue.
Facility Designed Around the System
Best suited to new construction or substantial brownfield redesign.
Facility Fit
Automation Designed Around the Facility
Retrofits into existing warehouse environments and operating footprints.
Fixed by Design
Capacity and flow are engineered around a defined operating model.
Architecture
Reconfigurable by Design
Extend capacity, workflows, and coverage as operating requirements change.
Long Implementation Program
Facility work, infrastructure change, and commissioning extend time to value.
Deployment
Go Live in 6–8 Weeks*
A retrofit deployment model compresses on-site installation and commissioning.
Dedicated Automation Infrastructure
Purpose-built storage structures and controlled system interfaces.
Infrastructure
Rack-Native Retrofit
Works with standard industrial racking, existing packaging, and current systems.
Material Operational Disruption
Construction and cutover must be planned around active fulfillment.
Disruption
Minimal Operational Disruption
Deploy progressively while the existing operation continues to serve customers.
The Strategic Difference
Do not rebuild the warehouse for automation. Build automation around the warehouse.
*Deployment timeframe begins once all required equipment has arrived and the site is ready for installation. Procurement, manufacturing, shipping, permitting, and customer-dependent readiness activities are not included and may vary by project.
Proof in the Operation
The Architecture Matters. The Operating Results Matter More.
Cartesian is designed to turn existing warehouse infrastructure into measurable capacity—without asking the operation to pause while the automation is installed.
Customer Outcome Snapshot
High-Volume 3PL Fulfillment
The Operating Challenge
Add fulfillment capacity without rebuilding the facility or interrupting customer operations.
A U.S. third-party logistics provider needed to support rising omnichannel volume inside an active multi-client warehouse. The deployment integrated Cartesian software and Carte+ robotics with the existing operation instead of replacing the infrastructure already producing revenue.
5×
Throughput Increase
Higher fulfillment output from the same operating footprint.
50%
Lower Labor Requirements
More volume handled with less dependence on incremental headcount.
0Downtime
Operational Downtime
Implementation progressed without stopping active customer fulfillment.
What Stayed in Place
- Existing racks
- Active fulfillment
- Current warehouse footprint
- Customer service commitments
What Changed
- Throughput capacity
- Labor productivity
- Flow orchestration
- Ability to scale
Model Your Operation
Translate the Cartesian architecture into a business case for your warehouse.
Results shown are from a specific high-volume 3PL fulfillment use case and are not a guarantee of future performance. Actual outcomes vary based on facility configuration, workflow, order profile, integration scope, and operating conditions.
Proof in the Operation
The Architecture Matters. The Operating Results Matter More.
Cartesian is designed to turn existing warehouse infrastructure into measurable capacity—without asking the operation to pause while the automation is installed.
Customer Outcome Snapshot
High-Volume 3PL Fulfillment
The Operating Challenge
Add fulfillment capacity without rebuilding the facility or interrupting customer operations.
A U.S. third-party logistics provider needed to support rising omnichannel volume inside an active multi-client warehouse. The deployment integrated Cartesian software and Carte+ robotics with the existing operation instead of replacing the infrastructure already producing revenue.
5×
Throughput Increase
Higher fulfillment output from the same operating footprint.
50%
Lower Labor Requirements
More volume handled with less dependence on incremental headcount.
0Downtime
Operational Downtime
Implementation progressed without stopping active customer fulfillment.
What Stayed in Place
- Existing racks
- Active fulfillment
- Current warehouse footprint
- Customer service commitments
What Changed
- Throughput capacity
- Labor productivity
- Flow orchestration
- Ability to scale
Model Your Operation
Translate the Cartesian architecture into a business case for your warehouse.
Results shown are from a specific high-volume 3PL fulfillment use case and are not a guarantee of future performance. Actual outcomes vary based on facility configuration, workflow, order profile, integration scope, and operating conditions.
Proof in the Operation
The Architecture Matters. The Operating Results Matter More.
Cartesian is designed to turn existing warehouse infrastructure into measurable capacity—without asking the operation to pause while the automation is installed.
Customer Outcome Snapshot
High-Volume 3PL Fulfillment
The Operating Challenge
Add fulfillment capacity without rebuilding the facility or interrupting customer operations.
A U.S. third-party logistics provider needed to support rising omnichannel volume inside an active multi-client warehouse. The deployment integrated Cartesian software and Carte+ robotics with the existing operation instead of replacing the infrastructure already producing revenue.
5×
Throughput Increase
Higher fulfillment output from the same operating footprint.
50%
Lower Labor Requirements
More volume handled with less dependence on incremental headcount.
0Downtime
Operational Downtime
Implementation progressed without stopping active customer fulfillment.
What Stayed in Place
- Existing racks
- Active fulfillment
- Current warehouse footprint
- Customer service commitments
What Changed
- Throughput capacity
- Labor productivity
- Flow orchestration
- Ability to scale
Model Your Operation
Translate the Cartesian architecture into a business case for your warehouse.
Results shown are from a specific high-volume 3PL fulfillment use case and are not a guarantee of future performance. Actual outcomes vary based on facility configuration, workflow, order profile, integration scope, and operating conditions.
Business Outcomes
Turn Existing Infrastructure Into a Growth Engine.
Cartesian changes the performance of the warehouse without forcing the business to replace the assets, systems, and operating footprint already in place.
The Retrofit Growth Model
Preserve the asset base. Improve the operating economics.
The Foundation You Keep
Build performance around the warehouse you already operate.
The business case begins by retaining useful infrastructure and adding an intelligent automation layer around it.
- Standard industrial racking Retained
- Existing totes and cartons Retained
- WMS, OMS, and operating data Connected
- Current facility footprint Retained
Retrofit-first architecture protects useful capital while creating a practical path to higher automation maturity.
The Value You Unlock
Convert the same footprint into more responsive capacity.
Increase Capacity
Handle more orders within the operating footprint already supporting the business.
Improve Labor Productivity
Move teams away from repetitive travel and toward higher-value operating decisions.
Protect Service Levels
Create more predictable flow as volume, SKU mix, and customer commitments change.
Use Vertical Space
Turn rack height and overhead travel into productive material-flow capacity.
Reach Value Faster
Reduce the time between investment approval, on-site implementation, and operating impact.
Scale Progressively
Add automation by workflow, aisle, facility, or network as the business case expands.
Scale on Your Terms
Start where the constraint is highest. Expand as value is proven.
A modular deployment path lets the automation program grow with demand instead of requiring the full future state on day one.
Prove One Workflow
Target a high-value flow and validate the operating and financial case.
Expand by Aisle
Add capacity incrementally without redesigning the entire facility.
Scale Across the Operation
Extend the same software-defined platform across workflows, sites, and networks.
*On-site installation and commissioning can be completed in 6–8 weeks after all required equipment has arrived and the site is ready. Procurement, manufacturing, shipping, permitting, integrations, and customer-dependent readiness activities are not included and may vary by project.
Built for Your Operation
One Platform. Configured for the Operation You Run.
Different industries create different inventory profiles, service requirements and facility constraints. Cartesian adapts the same rack-native platform around the workflows that matter in each operation.
3PL + Contract Logistics
Add customer capacity without adding another facility.
Configure shared automation around changing client profiles, seasonal volume and service commitments while preserving active fulfillment and existing racks.
Operating Logic
- PriorityCustomer SLA protection
- WorkflowMulti-client picking
- Scale ModelAisle by aisle
Retail + Ecommerce
Turn SKU complexity into responsive fulfillment capacity.
Support peak demand, broad assortments and faster order cycles with software-orchestrated picking, replenishment and returns inside the infrastructure already in place.
Operating Logic
- PriorityPeak readiness
- WorkflowPicking + returns
- Scale ModelCapacity on demand
Grocery + CPG
Keep fast-moving inventory available and flowing.
Coordinate replenishment, storage and order fulfillment across mixed product velocities without forcing a purpose-built automation environment.
Operating Logic
- PriorityInventory availability
- WorkflowReplenishment
- Scale ModelVelocity by zone
Health + Beauty
Increase control across dense and diverse assortments.
Improve pick consistency and inventory handling for small, high-value SKUs while retaining the totes, cartons and shelving already used by the operation.
Operating Logic
- PriorityAccuracy + control
- WorkflowUnit-level picking
- Scale ModelZone by zone
Manufacturing + Industrial
Move materials with the cadence production requires.
Automate storage, retrieval and line-side replenishment across mixed part profiles without replacing standard industrial racking or interrupting active production support.
Operating Logic
- PriorityLine continuity
- WorkflowStorage + retrieval
- Scale ModelProcess by process
What to Expect
Start With the Operation. Build the Right Automation Strategy.
The first conversation is not a product pitch. It is a structured evaluation of your flow, constraints and business case—so the automation plan begins with the outcome your operation needs.
Warehouse Assessment
Map the flow before selecting the automation.
We examine the operation as it runs today: inventory movement, order profiles, rack geometry, labor touchpoints, congestion and service requirements. The objective is to identify where automation creates the most leverage with the least disruption.
Your Input
Current flow, volume and constraints
Cartesian Action
Find high-leverage automation zones
Output
Prioritized opportunity map
ROI Discussion
Translate operating change into a measurable business case.
We connect throughput, labor, service, space and growth requirements to a practical economic model. Assumptions stay visible so your team can test the value drivers and understand what determines the return.
Your Input
Cost, capacity and growth assumptions
Cartesian Action
Model value and sensitivity
Output
Transparent ROI framework
Solution Design
Configure the architecture around your racks and workflows.
Cartesian defines the initial workflow, robotics layout, software integration, operating interfaces and expansion path. The design uses the infrastructure already in place wherever it makes operational and economic sense.
Your Input
Facility, systems and operating rules
Cartesian Action
Configure hardware, flow and integration
Output
Concept design and scaling path
Live Demo
See the platform execute the work that matters.
Review how software intelligence, the digital twin and Carte+ robotics coordinate physical flow. The session focuses on your use case, integration questions and the operating evidence required to move forward with confidence.
Your Input
Priority use case and validation criteria
Cartesian Action
Demonstrate coordinated execution
Output
Defined validation and next-step plan
Useful Starting Inputs
Bring what you have. We will structure the rest.
- Order profile
- Current throughput
- Rack layout
- Labor model
- Growth target
- System landscape
Your Warehouse. Your Starting Point.
Model the Opportunity. Build the Right Automation Strategy.
See where Cartesian can create capacity inside the operation you already run. We will evaluate the workflow, quantify the business case and define a practical path from first deployment to scaled automation.
Prefer email? contact@cartesiankinetics.com
Deployment timing and results vary by facility configuration, workflow, integration scope, equipment availability and site readiness. On-site installation and commissioning can be completed in 6–8 weeks after required equipment arrives and the site is ready.
Your Warehouse. Your Starting Point.
Model the Opportunity. Build the Right Automation Strategy.
See where Cartesian can create capacity inside the operation you already run. We will evaluate the workflow, quantify the business case and define a practical path from first deployment to scaled automation.
Prefer email? contact@cartesiankinetics.com
Deployment timing and results vary by facility configuration, workflow, integration scope, equipment availability and site readiness. On-site installation and commissioning can be completed in 6–8 weeks after required equipment arrives and the site is ready.
PHYSICAL INTELLIGENCE FOR THE REAL WORLD
Grow capacity
without disruption.
Automation without the rebuild.
Intelligence that plans. Robots that execute. Operations that scale within your existing infrastructure.
PHYSICAL INTELLIGENCE FOR WAREHOUSE OPERATIONS
Grow capacity
without disruption.
Lower operating costs. Deliver reliably.
Adapt quickly. Grow profitably.
Cartesian Kinetics transforms existing warehouse infrastructure into a flexible, high-throughput automation system—helping you increase capacity, reduce labor dependency, and adapt as demand changes.
PHYSICAL INTELLIGENCE FOR THE REAL WORLD
Grow capacity
without disruption.
Automation without the rebuild.
Intelligence that plans. Robots that execute. Operations that scale within your existing infrastructure.
PHYSICAL INTELLIGENCE FOR THE REAL WORLD
Grow capacity
without disruption.
Automation without the rebuild.
Intelligence that plans. Robots that execute. Operations that scale within your existing infrastructure.